Plastic changes of neural circuits occur after spinal cord injury (SCI) at various level of the
central nervous system. In this review we will focus on delineating the pathophysiological …

Advances in our understanding of the physiological basis of locomotion enable us to
optimize the neurorehabilitation of patients with lesions to the central nervous system, such …

The impact of traumatic spinal cord injury on structural integrity, cortical reorganization and
ensuing disability is variable and may depend on a dynamic interaction between the severity …

Traumatic spinal cord injury (SCI) has been shown to trigger structural atrophic changes
within the spinal cord and brain. However, the relationship between structural changes and …

Abstract Spinal Cord Injuries (SCI) lead to alterations in brain structure and brain function by
direct effects of nerve damage, by secondary mechanisms, and also by longer term injury …

Spinal cord injuries lead to permanent physical impairment despite most often being
anatomically incomplete disruptions of the spinal cord. Remaining connections between the …

Objective To investigate the brain mechanism of non-correspondence between diseases
severity and compression degree of the spinal cord in cervical spondylotic myelopathy …

Neuropathic pain following spinal cord injury involves plastic changes along the whole
neuroaxis. Current neuroimaging studies have identified grey matter volume (GMV) and …

Traumatic spinal cord injury is often disabling and recovery of function is limited. As a
consequence of damage, both spinal cord and brain undergo anatomical and functional …

Objective Spasticity is one of the most common symptoms manifested in humans with spinal
cord injury (SCI). The neural mechanisms contributing to its development are not yet …